Evodyne Robotics Academy

Evodyne Robotics Academy offers students hands-on research and rapid iteration while building modern AI-enabled robots from scratch. Participants work with Arduino, sensors, motors, wires, and electronics, and use C++, Python, CAD modeling, and 3D printing to build and program real AI-enabled robots, including advanced robotics projects such as the EVODROID humanoid project. The program includes projects like Build Your First Robot, Build An AI-Enabled Robotic Arm, and Build An AI-Enabled Quadruped Robot Dog, as well as a Build Your Own Quadruped Robot Dog project that uses Arduino Uno, Arduino Nano, Raspberry Pi, ROS, computer vision, deep learning, and motor control.

• Ages: 10–18 years old
• Schedule: Summer Robotics Program 2026 runs Jun 8 – Jul 24, with session options including Build Your First Robot (1.5 hours), Build An AI-Enabled Robotic Arm (15 hours), and Build An AI-Enabled Quadruped Robot Dog (15 hours)
• Price: $69 for the 1.5-hour Build Your First Robot session; $399 for the 15-hour Build An AI-Enabled Robotic Arm; $499 for the 15-hour Build An AI-Enabled Quadruped Robot Dog

Evodyne Robotics Academy states that its goal is to improve the awareness of robotics as a future career path for parents and students. The academy is associated with Evodyne Robotics, a startup building personal and educational robots in Silicon Valley. The curriculum and robot kits are designed for both in-person and online learning, and all robots are manufactured in Mountain View, California and designed in tandem with the curriculum for hands-on robotics. The program reports 1000+ students taught, 1000+ robots delivered, 10+ patents filed, and 300+ hours of online curriculum, and offers live US-based support and flexible program timings. Older students can complete their experience by doing internships at Evodyne where they help design the next generation of robots, and after successfully completing one of the courses, students receive a downloadable certificate for use on resumes or LinkedIn. A Mac, Windows, or Linux laptop with administrative rights is needed to install Arduino, Python, and other programming tools, and Chromebooks will not work for the program; newer laptops with only USB-C ports require a USB-C to USB adapter to connect the Arduino.

Last updated April 2, 2026.